SU32565A1 - Cathode generator - Google Patents

Description

A cathode generator with independent excitation and sequential power is available.

The essence of the invention is that a battery is connected in series with the oscillating circuit in its anode circuit towards the anode battery through active resistance, the common point of the anode battery and the circuit being connected to the cathode through a self-induction coil and active resistance.

The drawing shows a diagram of the proposed cathode generator.

Electric oscillations of a low-power source M of continuous oscillations superimpose on the grid of the cathode lamp G. In the anode circuit of the generator in series with an oscillating circuit L, C, an EZ battery is connected, facing the anode battery through active resistance, G. The common point of anode battery E and L circuit C is connected to the cathode through an LI self-induction coil and active resistance 2 circuit L, C) is as follows. An alternating voltage applied to the lamp grid from a generator of continuous oscillations either locks or unlocks the lamp. Largest electro (240)

The source fi is larger than the electromotive force of the battery, so we can assume that a positive voltage is applied to the anode of the lamp (the batteries are connected to each other). At the moment when the lamp is “locked”, it can be assumed that the source of direct voltage E is disconnected from the circuit, and battery 2 sends current through resistance G, G2 to circuit / ,, C.

In the next half-period, when a positive voltage from a source of sustained oscillations is applied to the grid of the lamp, the lamp is unlocked and the anode current creates a voltage on the circuit section of the city of LI. Since the EI battery is turned on against the E battery, at that moment the voltage lost by the anode current in the named section of the circuit will compensate for the battery voltage E., so that the voltage applied to the circuit L and C will be zero.

Since the generator supplying the lamp periodically closes and opens the voltage circuit E, the current in the circuit L, C will drop to zero from some maximum value, then acquire the same value. A variable current will circulate in the circuit, the harmonics of which can be distinguished through the contour of L, C.

The subject matter of the invention.

A cathode generator with independent excitation and sequential power supply, characterized in that its anode circuit in series with the oscillatory circuit C, L connects battery E towards the anode battery through active resistance G, where the common point of the anode battery EI and hOHTypa C is connected to the cathode through the self-induction coil L and active resistance g ,.